Nature study reports low-power complementary transistors using 2D semiconductor interfaces
Researchers reported that a transferable single-crystal titanium dioxide dielectric improved interfaces with two-dimensional semiconductors and enabled low-power complementary transistor circuits.
A study published in Nature describes a single-crystal titanium dioxide dielectric that can be integrated with two-dimensional semiconductor materials. The researchers reported lower hysteresis and switching performance close to the thermal limit in their devices.
The team also demonstrated complementary transistors and inverters with subpicowatt static power consumption. The work is a laboratory result rather than a commercial product announcement.